Kwame Ofosu D.
Software Engineer Technical Lead @HM Courts & Tribunals Service (HMCTS)
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WORK HISTORY
Software Engineer Technical Lead @HM Courts & Tribunals Service (HMCTS)
London, GB
Technical LeadershipDefine and enforce software architecture and coding standards.Make high-level design and architecture decisions.Guide developers in solving complex technical problems.2. Team ManagementMentor and coach junior and mid-level engineers.Conduct code reviews and promote knowledge sharing.Help in hiring, onboarding, and team development.3. Project DeliveryCoordinate with product managers and stakeholders to understand requirements.Break down features into tasks, assign work, and ensure timely delivery.Manage risks, blockers, and dependencies.4. Quality AssuranceEnsure testing (unit, integration, system) is part of the development process.Monitor system performance and maintain high code quality.5. CommunicationAct as a bridge between engineering, product, and business teams.Provide regular updates on progress, issues, and timelines.
EDUCATION
University of Wales
Master's degree
University of Wales, Cardiff
Master's of Business Administration
The University of Salford
Research Degree
Kwame Nkrumah University of Science and Technology, Kumasi
Bachelor's degree
ABOUT KWAME OFOSU D.
Kwame Ofosu Debrah boasts over a decade of experience in both commercial development and academic research. As a highly organized IT professional, he excels in developing software systems through meticulous design, coding, and testing. He has a proven ability to collaborate effectively with Business Analysts, Solution Designers, Scrum Masters, and Development teams. Currently, Kwame serves as a Senior Software Engineer at the Ministry of Justice (MOJ). He recently completed his PhD at the University of Salford, School of Computer Science and Engineering. His doctoral research focused on creating a decentralized peer-to-peer energy trading platform for residential homes. This research involved the implementation, architectural design, and simulation of a blockchain-based system that facilitates secure energy trading between prosumers and consumers within a P2P network.
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